ENHANCED VEHICLE SEAT VENTILATION AND CONSTRUCTION TECHNIQUES

Organization Name

Inventor(s)

Matthew Hoolahan of San Francisco CA (US)

ENHANCED VEHICLE SEAT VENTILATION AND CONSTRUCTION TECHNIQUES - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240253542 titled 'ENHANCED VEHICLE SEAT VENTILATION AND CONSTRUCTION TECHNIQUES

The abstract describes a patent application for a vehicle seat with enhanced ventilation. The seat includes an air-permeable mesh exterior, molded foam with holes for airflow, a rigid duct with additional holes, and a fan to draw air through the seat.

Vehicle seat with enhanced ventilation
Exterior made of air-permeable mesh
Molded foam with holes for airflow
Rigid duct with additional holes
Fan to draw air through the seat

Potential Applications: - Automotive industry for improved comfort in vehicles - Public transportation for better air circulation in seats - Office chairs for enhanced ventilation during long hours of sitting

Problems Solved: - Addressing issues of discomfort and sweating in traditional vehicle seats - Providing better airflow and ventilation for improved user experience

Benefits: - Increased comfort for users - Reduced sweating and discomfort during long periods of sitting - Improved air circulation for better overall health and well-being

Commercial Applications: Title: Enhanced Ventilation Vehicle Seats for Improved Comfort This technology can be used in various commercial applications such as automotive seating, public transportation seating, and office furniture to provide enhanced ventilation and comfort for users.

Questions about Enhanced Ventilation Vehicle Seats: 1. How does the fan in the vehicle seat work to improve ventilation? The fan draws air from an ambient source through the exterior mesh and into the rigid duct, creating airflow through the seat. 2. What materials are used in the construction of the enhanced ventilation vehicle seat? The seat includes an air-permeable mesh exterior, molded foam with holes for airflow, and a rigid duct with additional holes for ventilation.

Original Abstract Submitted

a vehicle seat with enhanced ventilation, and construction techniques for the enhanced ventilation, are described herein. an example vehicle seat includes an exterior formed of an air permeable mesh and a molded foam below the exterior. the molded foam has first holes which allow air to pass therethrough. the vehicle seat further includes a rigid duct connected to the molded foam, with the rigid duct having second holes which line up with the first holes. the vehicle seat further includes a fan, with the fan drawing air from an ambient source through the exterior and into the rigid duct.